Step 3: Installing the Window

The following steps provide details for structural fastening of the window to the opening. When installing windows with nailing fin or wood brick mould casing, it may be desirable to first attach the window using these fastening methods in conjunction with steps 1--5. Then complete the installation by fastening with structural masonry clips, installation brackets, or screws. Always follow fastener spacing and allowable methods outlined in the “Installation Methods” and “Fastener Spacing Chart” sections. On applicable construction using a continuous air barrier system, prepare the opening before installing the window. Refer to the “Continuous Air Barrier Systems” section for details.

Measure

diagonally for square

(a)

(b)

(c)

 

 

Figure 6: Plumb and square unit. (Illustration shows both masonry clip and jamb screw installation.)

Seek Assistance: Some large windows and/or assemblies are very heavy. Avoid injury by getting help to lift and position the window into the rough opening.

1.If rigid sill pan is not used, pan sill with alternate meth- ods or shim under window sill to ensure it does not come in direct contact with treated lumber.

2.On some larger units such as the Ultimate Double Hung Magnum, it may be necessary to remove the sash prior to installation. See the sash removal sec- tion for details.

3.Center the window in the opening. Level at the sill and plumb the frame (interior/exterior) to desired depth.

4.Fasten and shim the jambs at the bottom with the ap- propriate fastener (follow instructions in the “Fasten- ing Methods” section). See figure 6a. Ultimate Double Hung Magnum are sent with supplemental instructions that explain how to fasten through the jamb and head jamb.

NOTE: Some units such as the Ultimate Double Hung Magnum and IZ3 Ultimate Double Hung, feature unique fastening systems. For these windows refer to the “Spe- cial Fastening Systems” section for details.

5.Fasten and shim about 4″ (102) from the top to square the unit in the opening. Take diagonal measurements of the window. When equal, the window is square in the opening. Adjust the shims and fasteners until the unit is square in the opening. See figure 6b.

CAUTION: Proper shimming is extremely important. Under--shimming or over-- shimming will result in bowed jambs and

or head jamb. Both conditions can contribute to improper window operation and performance.

Installation Tip: On operating units, one method to ensure that the unit is installed square is to check the reveal (gap) between the operating sash and the frame. An even reveal around the entire sash generally indicates a correctly

installed unit and will ensure smooth operation.

6.Complete shimming and fastening at locations and spacing specified in the “Installation Methods and Fastener Spacing Chart”. See figure 6c.

7.Recheck the diagonals one more time to make sure the unit is square in the opening. Adjust fasteners as necessary to bring to square.

8.Once the unit is installed square and plumb, operate the sash (on operable units) to make sure it is operat- ing properly. If not, you may have to make some addi- tional adjustments to the shims and fasteners.

9.If removed, replace your stops, covers, and liners.

7

Page 7 Page 9
Page 8
Image 8
Marvin manual Installing the Window
Page 7 Page 9

Window specifications

Marvin Windows is a renowned name in the window and door manufacturing industry, known for its commitment to quality, innovation, and energy efficiency. Established in 1912, Marvin has built a legacy of craftsmanship and performance that meets the diverse needs of homeowners, builders, and architects alike.

One of the main features of Marvin Windows is their customizable design options. Customers can choose from a wide array of styles, shapes, colors, and finishes, allowing them to tailor their windows and doors to perfectly match their aesthetic preferences and architectural styles. Whether it's a traditional double-hung window or a modern sliding door, Marvin offers solutions that can enhance both the beauty and functionality of any property.

In terms of technology, Marvin Windows employs advanced energy-efficient technologies, such as Low-E glass coatings and gas fills, to reduce heat loss and gain. Low-E (low emissivity) glass minimizes the amount of ultraviolet and infrared light that can enter the home without compromising natural light. Furthermore, Marvin windows are often engineered with argon or krypton gas fills between the panes, which helps to improve thermal insulation and overall energy performance. This focus on energy efficiency not only contributes to reduced energy bills but also promotes sustainability in home design.

Marvin is also known for its durable materials. The company utilizes high-quality wood, fiberglass, and vinyl, ensuring each window and door can withstand the elements while providing longevity and performance. Their Ultrex fiberglass has a reputation for being nearly four times stronger than vinyl, making it resistant to warping, bowing, or cracking. This durability is complemented by a rigorous testing process that ensures their products can endure various weather conditions, making Marvin windows a reliable choice for any climate.

Another characteristic that sets Marvin apart is their commitment to sustainability. They strive to minimize their environmental impact by using responsibly sourced materials and implementing eco-friendly manufacturing processes. This dedication to sustainability reflects their philosophy of creating products that contribute positively to both their customers’ lives and the environment.

In summary, Marvin Windows combines customizable design, advanced energy-efficient technologies, durable materials, and a commitment to sustainability, making them a premier choice in the window and door market. Their products stand as a testament to quality craftsmanship and innovative solutions, catering to the evolving needs of modern homeowners and builders.
Top Page Image Contents